Ohaus Accessories Dry Block Heater (30400170)

Accessories Dry Block Heater Ohaus (30400170)

The Accessories Dry Block Heater Ohaus (30400170) is a precision-machined anodized aluminum heating block designed for efficient and uniform heating of 0.2 mL microtubes. Featuring 64 deep and consistently machined wells, this block offers enhanced tube stability and optimized thermal immersion—ideal for PCR preparation, molecular biology workflows, and diagnostic applications that demand reliable temperature control. Its anodized aluminum construction ensures excellent thermal conductivity, durability, and long-term performance in demanding laboratory environments.

Key Features

• Designed for 0.2 mL microtubes with a secure, accurate fit for optimal heating

• 64 precision-machined wells supporting medium to high sample throughput

• Deeper well design (20.2 mm) providing improved tube support and thermal immersion

• Anodized aluminum construction delivering superior heat transfer and corrosion resistance

• Uniform heating surface ensuring stable and consistent temperature distribution

• Single-block format compatible with all Ohaus modular dry block heater units

• Ideal for workflows that do not require direct temperature measurement in the block

Technical Specifications

• Type: Heating block

• Sample type: 0.2 mL microtubes

• Number of wells: 64

• Well diameter: 6.4 mm

• Well depth: 20.2 mm

• Block size: 1 block

• Material: Anodized aluminum

• Thermometer well: No

Applications

• PCR preparation and thermal setup

• Molecular biology heating workflows

• Enzymatic and biochemical reactions

• Clinical and diagnostic micro-sample incubation

• High-efficiency small-volume laboratory heating

Conclusion

The Ohaus 30400170 Dry Block Heater accessory delivers reliable, uniform heating for 0.2 mL microtubes, offering enhanced depth stability and high-quality temperature performance. Its durable anodized aluminum structure and precision-machined wells make it an excellent choice for molecular biology, diagnostic laboratories, and any workflow requiring accurate, consistent microtube heating.